1) LC parallel resonance circuit
LC并联谐振回路
1.
This thesis gets expressions to Q of two LC parallel resonance circuits which are different from each other in form from the definition of Q, and demonstrates that two expressions are the same.
从品质因数的定义推导出两种形式不同的LC并联谐振回路的Q值表达式,并证明二者的统一性。
2) parallel syntony of LC
LC并联谐振
3) LC resonant circuit
LC谐振回路
4) parallel resonance loop
并联谐振回路
1.
The equivalent circuit has been given for the parallel resonance loop and the characteristic of the loop had been ana- lyzed.
给出了并联谐振回路的等效电路,分析了谐振回路的特点及降Q电阻降Q的原理。
5) parallel resonant LC loop
感容并联谐振回路
1.
Considering the requirements of low input bias current and high output current stability, IC LM334 was used as a key component and a parallel resonant LC loop as a resonant band-reject circuit.
根据国家测试标准(GB6570-86)的要求,考虑到视频阻抗(Rv)测试仪所需偏置电流较小和恒流源稳定度较高的特点,选取了LM334集成电路作为恒流源的核心,采用由感容并联谐振回路组成的选频带阻电路,设计出具有操作便捷,性能可靠和制作成本低等显著特点的Rv测试仪,满足了测试精度的要求并获得实际应用。
6) LC in series resonance
LC串联谐振
1.
It adopts the reliable LC in series resonance to startup and have over-current, over-voltage and abnormal protection circuit.
系统结构简单,采用了可靠的LC串联谐振启动电路,过流、过压和异常保护电路齐全,最后给出了实验结果及实验样品。
补充资料：并联谐振
见电路中的谐振。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条